dopamine receptor D4

Psychosis pathways converge via D2High dopamine receptors

Cognitive Science / Schizophrenia / STEROIDS / Signal Transduction / Dopamine / Synapse / Humans / Mice / Animals / dopamine receptor D4 / Animal Model / Brain injury / Tyrosine Hydroxylase / Cesarean Section / Biological markers / Psychotic Disorders / Neural pathways / G protein / Genetic Markers / Neurosciences / Synapse / Humans / Mice / Animals / dopamine receptor D4 / Animal Model / Brain injury / Tyrosine Hydroxylase / Cesarean Section / Biological markers / Psychotic Disorders / Neural pathways / G protein / Genetic Markers / Neurosciences

Psychosis pathways converge via D2High dopamine receptors

Cognitive Science / Schizophrenia / STEROIDS / Signal Transduction / Dopamine / Synapse / Humans / Mice / Animals / dopamine receptor D4 / Animal Model / Brain injury / Tyrosine Hydroxylase / Cesarean Section / Biological markers / Psychotic Disorders / Neural pathways / G protein / Genetic Markers / Neurosciences / Synapse / Humans / Mice / Animals / dopamine receptor D4 / Animal Model / Brain injury / Tyrosine Hydroxylase / Cesarean Section / Biological markers / Psychotic Disorders / Neural pathways / G protein / Genetic Markers / Neurosciences

Neurotensin reduces glutamatergic transmission in the dorsolateral striatum via retrograde endocannabinoid signaling

Psychology / Neuropharmacology / Drug interactions / Synaptic Plasticity / Patch-clamp and imaging techniques / Signal Transduction / Dopamine / Glutamate / Habit Formation / Animals / Negative Feedback / dopamine receptor D4 / Synaptic Transmission / Neurons / Rats / Basal ganglia / Endocannabinoids / Pyrazoles / Quinolines / Neurosciences / Neurotensin / Intracellular Calcium / Piperidines / Phospholipase C / Signal Transduction / Dopamine / Glutamate / Habit Formation / Animals / Negative Feedback / dopamine receptor D4 / Synaptic Transmission / Neurons / Rats / Basal ganglia / Endocannabinoids / Pyrazoles / Quinolines / Neurosciences / Neurotensin / Intracellular Calcium / Piperidines / Phospholipase C

DAMB, a Novel Dopamine Receptor Expressed Specifically in Drosophila Mushroom Bodies

Cognitive Science / Transformation / Gene expression / Sequence Analysis / In Situ Hybridization / Memory / Dopamine / Drosophila / Humans / cyclic AMP / Animals / Polymerase Chain Reaction / dopamine receptor D4 / Dopamine Receptors / Gene / Cloning / Point Mutations / Neuron / Protein Kinase / Amino Acid Sequence / Base Sequence / Neurosciences / Adenylyl Cyclase / Molecular Sequence Data / Memory / Dopamine / Drosophila / Humans / cyclic AMP / Animals / Polymerase Chain Reaction / dopamine receptor D4 / Dopamine Receptors / Gene / Cloning / Point Mutations / Neuron / Protein Kinase / Amino Acid Sequence / Base Sequence / Neurosciences / Adenylyl Cyclase / Molecular Sequence Data

Neuroblastoma as a neurobiological disease

Child Development / Neuro-Oncology / Humans / Child / Neural Crest / Peripheral Nervous System / dopamine receptor D4 / Central Nervous System / Neuroblastoma / Prognosis / Sympathetic Nervous System / Neurosciences / Peripheral Nervous System / dopamine receptor D4 / Central Nervous System / Neuroblastoma / Prognosis / Sympathetic Nervous System / Neurosciences

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